Answer the following problem. 16. At 3000°K and I atm, CO, is 40 % dissociated into CO and O. (a) What willbe the degree of dissociation if the pressure is raised to 2 atm? (b) What willbe the degree of dissociation when a mixture of 50% CO, and 50%, O, is heatedto 3000°K, the pressure being 1 atm?Ans. (a) 0.335: (b) 0.271.17 Frem the averaee value of K in Table 7-1 caleulate the mole percentae of

According to the question, CO2 dissociates to give CO and O2 , the chemical reaction for the same…

Answered: 16. At 3000 K and I atm, CO, is 40%…

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16. At 3000 K and I atm, CO, is 40% dissociated inte CO and

Chemistry: Principles and Reactions

8th Edition

ISBN:9781305079373

Author:William L. Masterton, Cecile N. Hurley

Publisher:William L. Masterton, Cecile N. Hurley

Chapter12: Gaseous Chemical Equilibrium

Section: Chapter Questions

Problem 47QAP: For the following reactions, predict whether the pressure of the reactants or products increases or...

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Question

Answer the following problem.

16. At 3000°K and I atm, CO, is 40 % dissociated into CO and O. (a) What will
be the degree of dissociation if the pressure is raised to 2 atm? (b) What will
be the degree of dissociation when a mixture of 50% CO, and 50%, O, is heated
to 3000°K, the pressure being 1 atm?
Ans. (a) 0.335: (b) 0.271.
17 Frem the averaee value of K in Table 7-1 caleulate the mole percentae of

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